Product Name
Name: High pure flake graphite-325 mesh
Product Overview
Flake graphite is an important form of natural graphite.
Visually, it has a typical scaly morphology, with a clear layered structure and relatively weak bonding between layers, making it easy to peel off and form thin flakes.
In terms of performance, it has good conductivity, thermal conductivity, and lubricity. Its conductivity makes it applicable in fields such as electronics and electrical engineering; Thermal conductivity makes it suitable for use in heat dissipation materials, etc; Lubricity allows it to function in some situations that require lubrication.
Flake graphite has important applications in many industrial fields, such as manufacturing brushes, battery electrodes, advanced refractory materials, lubricating materials, etc. It is also widely used in industries such as metallurgy and chemical engineering.
Technical Parameter
Mesh: 325 Mesh
Purity: ¡ãC9.6wt%
Product Features
The graphene provided by Xianfeng Nano is prepared by ultrasonication of rGO with dispersant PVP in the solvent:
High single-layer rate: Composed of single atomic layers, it reduces the resistance caused by interlayer van der Waals forces, resulting in more excellent performance.
Rich functional groups: rGO has a large number of functional groups on its surface, such as carboxyl, hydroxyl, epoxy, etc., which makes it easy to react with organic compounds.
Large specific surface area: During the preparation process, a higher specific surface area is generated, which is beneficial for interacting with other substances
Excellent conductivity and thermal conductivity: Due to its excellent conductivity, rGO has potential applications in energy storage, composite materials, sensors, and other fields.
Application Fields
The theoretical application fields of graphene include but are not limited to the following aspects:
In the field of electronics, silicon can be used as a substitute for chip materials, applied in transistors, integrated circuits, flexible screens, wearable devices, solar charging, etc;
In the field of heat dissipation materials: it can be used for heat dissipation of LED lamps and other products, with a system cost reduction of at least 30%. It can also be applied for heat dissipation of smartphones, tablets, high-power energy-saving LED lighting, satellite circuits, laser weapons, etc;
In the automotive field, it can be applied to automotive lubricants, power vehicles, night vision functions, tires, etc., greatly reducing the weight of the battery and reducing the overall weight of the vehicle, extending the battery life, and greatly improving the range and charging speed of electric vehicles;
Biomedical field: can be used for biosensors, drug delivery platforms, tissue engineering, biological imaging, etc;
Military industry: can be applied in aerospace and military industries, providing endless power for interstellar exploration, satellite orbit transformation, and other fields;
Energy field: can be used for new energy devices such as lithium-ion batteries, supercapacitors, solar cells, etc;
Composite materials field: can be used to produce new generation polymers and composite materials with stronger performance;
Sensor field: can be used for the diagnosis of glucose, cholesterol, hemoglobin, and cancer cells, and can also be used as a pH sensor to detect pollutants;
Coating field: can be used on various surfaces from glass to metal to improve corrosion resistance, new generation waterproof equipment, etc;
Conductive printing and packaging field: It can provide high conductivity, flexibility, high-speed printing, and low-temperature curing, opening the door to printed electronic products for special applications.
Related Information
Please e-mail for the detailed characterization data.
E-mail:sales@xfnano.com
